Knitwear rolling and inspecting machine

Abstract

The invention belongs to the technical field of knitting machinery and discloses a knitwear rolling and inspecting machine which comprises a cloth rolling rack, a power transmission mechanism, a driving cloth roller, a driven cloth roller, a transition transmission belt, a cloth guiding mechanism and a cloth guiding roller. A driving cloth roller driving wheel and a driving cloth roller transition wheel are fixed at the right end and the left end of a driving cloth roller shaft respectively, and a driven cloth roller transmission wheel is fixed at the left end of a driven cloth roller shaft. The knitwear rolling and inspecting machine is characterized in that the machine further comprises a left edge-peeling and cloth-propping mechanism and a right edge-peeling and cloth-propping mechanism, the left edge-peeling and cloth-propping mechanism is fixed at the left end of the cloth rolling rack and corresponding to the lower portion between the driving cloth roller and the driven cloth roller, and the right edge-peeling and cloth-propping mechanism is fixed at the right end of the cloth rolling rack and corresponding to the lower portion between the driving cloth roller and the driven cloth roller. By the knitwear rolling and inspecting machine, the end face of a cloth roll can be enabled to be flush, formed roll-shaped knitwear can be high in rolling quality, operating intensity of workers can be reduced, manpower input can be saved, and influences of changing of human factors can be avoided.

Description

the structure of the environmentally friendly knitted fabric provided by the present invention; figure 2 Flow chart of the yarn wrapping machine for environmentally friendly knitted fabrics and storage devices; image 3 Is the parameter map of the yarn covering machine

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AI Technical Summary

Problems solved by technology

[0004] Although the above-mentioned technical solutions that are not limited to examples have corresponding achievements, they have the following advantages and disadvantages: one is that there are curling edges on both sides of the length direction of the knitted fabric after the previous process such as the shaping process. Therefore, in the process of rolling into a roll by the rolling inspection machine, because the curling cannot be flattened, it can only be wound with the knitted fabric in a superimposed state or a folded state, commonly known as rope-shaped curling, so it affects the needle. The roll quality of textiles is specifically manifested in the fact that in the process of fabric manufacturers processing clothing and bedding products, it is necessary to pre-level the edges of the unexpanded fabrics on the self-cloth rolls, that is, the rope-like parts, and most of them use edge trimming machines. (also known as trimming machine) to cut the curling or ironing, which will cause waste of

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